Abstract: A beverage dispensing apparatus includes: a plurality of reservoirs configured to supply respective fluids for delivery to an injection assembly having a single fluid input; a fluid delivery manifold defining a chamber, and having (i) for each of the reservoirs, a respective chamber inlet, and (ii) a single chamber outlet; for each chamber inlet, a respective valve configured to selectably open or close the corresponding chamber inlet; for each reservoir, a respective input conduit connected to a corresponding chamber inlet, to deliver fluid from the reservoir into the chamber; and an output conduit connected between the single chamber outlet and the single fluid input of the injection assembly, to deliver fluid from the chamber to the injection assembly.

Abstract: A capsule holder for a beverage dispensing apparatus includes: a base having a lower wall defining an open chamber configured to receive a beverage capsule; an extractor extending from the lower wall into the chamber and configured to pierce the beverage capsule; a carriage having a ledge configured to engage with a perimeter flange of the capsule, the carriage movably coupled to the base between (i) a lowered position to place the capsule at a first depth in the chamber for piercing of the capsule by the extractor ; and (ii) a raised position to place the capsule at a second depth smaller than the first depth, and substantially withdraw the extractor from the capsule; and a biasing element configured to bias the carriage toward the raised position.

Abstract: A beverage dispensing apparatus includes: a plurality of reservoirs configured to supply respective fluids for delivery to an injection assembly having a single fluid input; a fluid delivery manifold defining a chamber, and having (i) for each of the reservoirs, a respective chamber inlet, and (ii) a single chamber outlet; for each chamber inlet, a respective valve configured to selectably open or close the corresponding chamber inlet; for each reservoir, a respective input conduit connected to a corresponding chamber inlet, to deliver fluid from the reservoir into the chamber; and an output conduit connected between the single chamber outlet and the single fluid input of the injection assembly, to deliver fluid from the chamber to the injection assembly.

Abstract: An electric can opener comprises a motor, a controller, and a signal-detecting element monitoring at least one of (i) an audio signal and (ii) a motion-type signal during operation of the can opener. The controller determines a baseline signal value, calculates a threshold signal value and compares the monitored signal value to the calculated threshold value. The controller stops operation of the can opener if the detected signal is outside the threshold from the baseline.

Abstract: An electric can opener comprises a motor, a controller, and a signal-detecting element monitoring at least one of (i) an audio signal and (ii) a motion-type signal during operation of the can opener. The controller determines a baseline signal value, calculates a threshold signal value and compares the monitored signal value to the calculated threshold value. The controller stops operation of the can opener if the detected signal is outside the threshold from the baseline.

Abstract: A juice extractor includes a housing, a lid for covering the housing and enclosing an interior thereof and a generally cylindrical food chute projecting into the housing through the lid. The chute defines an unrestricted interior channel from an open upper end thereof to an open base end thereof for receiving and passing foodstuff therethrough. The chute has an internal diameter of approximately three and a half inches and a length from the upper end to the base end of at least approximately eight inches. A food pusher is slidably receivable within the interior channel of the chute and is movable between a disengaged position, wherein the food pusher is not engaged with the chute and the interior channel remains unrestricted and continuously open between the upper end and the base end, and an engaged position, wherein the food pusher is slidably received within the interior channel of the chute.